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The SRH3800 hand-helds are the smallest, lightest, rugged
hand-held radios available in the market today. Designed
and built to meet IEC529 IP54 standards, they will withstand
day to day use in some of the harshest environments found
in the public safety, military, transport, and utilities markets.
The SRH3800 hand-helds offer a large viewable display area
of 6 lines of 24 characters. The high resolution colour display
has a unique feature: all text can be displayed in large format
(double normal size) making it easier for the user to read, such
as when body worn or in a car kit.
The battery fitting is both secure and robust, yet it is made so
straightforward that, without having to look at the radio, the
battery can be changed with one hand. To allow the user
to continue immediately with their operations the hand-helds
return to their previous state after the battery change without
the need to enter a start-up routine.
The User Interface (UI) of the SRH3800 range is common to
the Sepura product portfolio, thus reducing training
requirements. It has been specifically designed for TETRA and
enables the user to quickly access the features of the radio.
Applications can send and receive information using packet
data from data terminals such as a PDA connected to the
radio. A lockable PEI connector is located at the bottom
of the radio to provide a secure and reliable connection.
The SRH3800 range has been built to address security
by including a tamper proof security processor and a
smart card connector. E2E encryption can be implemented
by a software upgrade.
The SRH3800 sGPS™ incorporates a highly sensitive award
winning GPS receiver capable of processing extremely low
strength GPS signals. This means that ‘clear sight of sky’
signals from GPS satellites are no longer essential and the
GPS receiver is able to provide accurate positioning even in
some buildings. In addition to the standard position reporting,
the hand-held can send its current GPS location when the
Emergency Call or lone worker alert is initiated. Ensuring
that the position of a user is known will enable appropriate
resources to be swiftly deployed when assistance is required.
